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. f <br />0 <br />v <br />Typical physical <br />Dualoy 3000/L piping systems are designed to function at temperatures ranging <br />properties <br />from 40 to 150°F (40 to 66°C) at service pressures between <br />-1 and 20 bar. <br />Dualoy <br />2 50 <br />3000/L pipe conforms to ASTM <br />D2310, D2517 and D2996. <br />Method <br />4 100 <br />60 6.8 <br />Pipe Property' <br />Units <br />Value <br />ASTM <br />ATM' <br />Thermal conductivity <br />Btu-in/(h•ft2•°F) <br />1.7 <br />C177 <br />23 <br />W/m•°C <br />7.6 <br />Linear thermal expansion <br />10-6 in/in/°F <br />8.5 <br />D696 <br />21 <br />10-6 cm/cm/°C <br />15.3 <br />Friction factor <br />Hazen -Williams <br />150 <br />— <br />156 <br />Absolute roughness <br />10-6 ft <br />50 <br />— <br />— <br />10-6 m <br />15 <br />Specific gravity <br />— <br />1.81 <br />D792 <br />Barcol Hardness <br />Impressor 934-1 <br />65 <br />D2583 <br />— <br />1) Ameron test method. <br />Typical mechanical <br />Method <br />properties <br />Pipe Property' <br />Units <br />Value' <br />ASTM <br />ATM2 <br />Tensile strength <br />Longitudinal <br />103 psi <br />35.0 <br />D2105 <br />161 <br />MPa <br />241 <br />Circumferential <br />103 psi <br />70.0 <br />D1599 <br />151 <br />MPa <br />483 <br />Tensile modulus <br />Longitudinal <br />106 psi <br />3.0 <br />D2105 <br />161 <br />GPa <br />20.7 <br />Circumferential <br />106 psi <br />4.2 <br />— <br />— <br />GPa <br />29.0 <br />Compressive strength <br />Longitudinal <br />103 psi <br />35.0 <br />— <br />142 <br />MPa <br />241 <br />Compressive modulus <br />Longitudinal <br />106 psi <br />3.0 <br />— <br />142 <br />GPa <br />20.7 <br />Long-term hydrostatic <br />design basis <br />Static <br />103 psi <br />31.5 <br />D2992(13) <br />— <br />MPa <br />217 <br />Cyclic <br />103 psi <br />8.0 <br />D2992(A) <br />— <br />MPa <br />55 <br />Poisson's ratio3 <br />nY, <br />_ <br />0.16 <br />— <br />— <br />nx <br />0.26 <br />— <br />— <br />1) Based on structural wall thickness. <br />2) Ameron test method. <br />3) The first subscript denotes the direction of contraction <br />and the second that of the applied stress. <br />x denotes longitudinal direction. <br />y denotes circumferential direction. <br />Nominal <br />Pipe Size <br />Stiffness Factor' <br />(in) (mm) <br />(lb•in3/in2) (N -m) <br />2 50 <br />45 5.1 <br />3 80 <br />75 8.5 <br />4 100 <br />60 6.8 <br />' 6 150 <br />275 31.1 <br />1) At 5% deflection. <br />3 <br />